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Aston Martin-Red Bull 001 details: 175 units, $3M, 0-200-0 in 15 seconds

The Aston Martin AM-RB 001 is starting to sound like it will be the most extreme hypercar ever made. We're basing that on a series of new comments made by Red Bull Racing's resident aerodynamic genius and chief technical officer, Adrian Newey, in an interview with The Wall Street Journal's Dan Neil. Newey shared many interesting nuggets, so we'll try to provide a simple summary of how frighteningly potent the AM-RB 001 is. The new hypercar should hit 200 miles per hour in around 10 seconds, while a massive set of brakes will cut that speed to zero in half the time – in other words, zero to 200 to zero in just 15 seconds. That kind of stopping power sounds physically painful. Certain versions of the 001 will make up to 4,400 pounds of downforce, and if that's not enough to keep the car pasted to the pavement through 4G bends, Newey hinted that the active suspension will rely on the ground effect more than any other car. "I studied aero at the University of Southampton," Newey told Neil. "My final-year project in 1979 and '80 was on ground-effects aerodynamics applied to road cars and sports cars." Beyond the performance stats, Newey verified some of the broader questions about the 001's availability. For one, Aston Martin and Red Bull will build 175 examples of the potentially record-breaking hypercar, with 150 designated for road use and another 25 limited to the track – they're the ones that will enjoy the 4,400 pounds of downforce and full-on 4G cornering ability – so the chances you'll ever encounter a 001 in the wild are almost nil. And buying one? Plan on spending at least $3 million. Newey, along with Aston Martin Chief Designer Marek Reichman and Project Engineer David King, reveal more about the 001 in the piece, including some of the philosophical and design principles behind a $3M hypercar. It's very much worth a read, if you can get around the WSJ's pay wall. Related Video:

Aston Martin mulls Formula E, but one thing must change

It may be the off-season, but Formula E is on fire. It seems that everybody is scrambling for a spot on the grid. Jaguar relaunched its racing program in the electric series, and is doubling down with a support series. Audi took a more prominent position for next season. BMW's in. Mercedes-Benz will be joining, too. Porsche has ditched WEC for Formula E. FCA is interested. So it shouldn't be too surprising, then, that Aston Martin is now considering a Formula E entry, as Automotive News Europe reports. Aston Martin CEO Andy Palmer told the outlet that the series could support the company's development of electric vehicles, such as the upcoming RapidE, pictured above. "We don't have an electric car yet, but we will have in 2019," he said. "You can imagine the two coming together. I love Formula E." Palmer said, though, that Aston Martin wouldn't want to join the series until it does away with car swaps mid-race. "For me, the use of the two cars reinforces the range anxiety," Palmer told Automotive News Europe. "That will change, and then it starts to get interesting." In the past, other automakers have expressed similar concerns about car swaps. The upcoming season will be the last to use the practice, and Formula E will move toward using a single car per driver for each race beginning in the 2018-19 season. Aston Martin scaled back plans for the RapidE electric car after its partner LeEco pulled out of the project. Instead, Aston Martin will rely on the engineering expertise of Williams, and limit the RapidE to 155 units, priced at around $255,000. Related Video: Featured Gallery Aston Martin RapidE concept View 12 Photos News Source: Automotive News EuropeImage Credit: Aston Martin Green Motorsports Aston Martin Electric Racing Vehicles Formula E aston martin rapide fia formula e championship

Aston Martin Lagonda Vision Concept re-envisioned as zero-emissions luxury brand

After introducing the hand-built, limited-edition, one-million-dollar Lagonda Taraf saloon in 2015, Aston Martin is again reaching to its Lagonda heritage dating back to 1904. But while there's a new saloon concept to be presented, Lagonda has completely changed around it. The Taraf had a six-liter, 540-horsepower V12 under its hood: the new car has no engine and no hood. Instead, Aston Martin is turning Lagonda into what it calls the first zero emission luxury brand. The herald of the newly born Lagonda is the Vision Concept, and it showcases the design language Aston Martin is preparing for a 2023 launch. While Astons still embrace the internal combustion engine, the letter "O" in Lagonda's logo is re-purposed to stand for zero emissions. As per Aston's statement: "With no need to package a vast internal combustion engine, gearbox and transmission, Lagonda's designers could optimize the interior down to the smallest detail and then build up the exterior of the car around it. The Lagonda Vision Concept doesn't have a bonnet because one is not required." The production Lagonda is to be fully autonomous "on all routine circumstances and all recognizable roads." This means the steering wheel can freely move from the left side of the car to the right, or retract completely. Choosing to not do the driving isn't alien to Lagonda customers, as Aston Martin's Andy Palmer explains. "For owners of true luxury cars, autonomy has existed for over a century, in a carbon-based form called a chauffeur." He adds, "We imagine most Lagonda customers will choose to be driven, but whether by a person or a computer will be up to them. And if they want to drive themselves, the car will ensure that is a delightful and memorable experience too. Lagonda will provide that choice." The tall, airy cabin has been designed with the help of Savile Row tailors, and the armchair-like seats can be arranged to face each other. The seats aren't mounted on runners, but cantilevered arms. As for range, Lagondas will have been engineered for a real-world 400-mile range with solid-state batteries. There's "intelligent all-wheel-drive," with any wheel able to be given 100 percent of the available torque.